1Berglest, A. E. 1977. "Burnout in Boiling Heat Transfer.Part II: Subcooled and Low Quality Forced-Convection System." Nuclear Safety 18 (2): 154-67.
2Komori, Y., Kaminaga, M., Sakurai, F., Ando, H., Sudo, Y., Saito, M., and Futamura, Y. 1991. "Safety Criterion for Burnout of the Plate-Type Fuel in Pressurized Conditions." Presented at the Third Asian Symposium on Research Reactor, Kaken, Japan.
3IAEA-TECDOC, 1203. 2001. "Thermohydraulic Relationships for Advanced Water Cooled Reactors." IAEA-TECDOC, 1203.
4Gunther, F. C. 1951. "Photographic Study of Surface Boiling Heat Transfer to Water with Forced Convection." Trans. ASME 73 (2): 115.
5Mirshak, S., Durant, W. S., and Towell, R. H. 1959. "Heat Flux at Burnout." DP-355.
6Gambill, W. R. 1964. "HFIR Heat Transfer Studies of Turbulent Water in Thin Rectangular Channels." ORNL-3079.
7Petukhov, B. S. 1970. "Heat Transfer and Friction in Turbulent Pipe Flow with Variable Physical Properties." In Advances in Heat Transfer. New York: Academic Press, 503-65.
8Tolubinsky, V. L., Litoshenkp, A. K., and Shevtsov, V. L. 1970. "Heat Transfer Crisis at Water Boiling in Annular Channels with External and Internal Heating." Heat Transfer 1970 VI (B6): 11.
9Knoebel, D. H., Harris, S. D., Crain Jr, B., and Biderman, R. M. 1973. "Forced Convection Subcooled Critical Heat Flux." DP-1306.
10Zeiganik, Y. A. 1994. "Critical Heat Flux and Pressure Drop under Forced Convection Boiling of Subcooled Water: Experimental Data." In Proceedings of the Tenth lnt. Heat Transfer Conf., 581-6.
